Review A
Suctioning
Manual Resuscitators
Review B
Lung Mechanics
100

Which therapy focuses on lung expansion which requires positive pressure and the patient to passively exhale.

EzPAP!

100

What is the recommended suction pressure range for adults, pediatrics, and infants?

i)      120 -150 mm Hg for adults

ii)     100-120 for pediatrics

iii)   80-100 for infants

100

What is the purpose of performing an operational check on a manual resuscitator before use?

The purpose is to ensure the bag functions properly, check for leaks, and verify that the valves open and close correctly to deliver adequate ventilation.

100

What are two reasons to collect an ABG?

- PaO2, PaCO2, pH, electrolytes, lactate

100

If compliance decreases, and volume stays the same, what happens to alveolar pressure?

Increases

200

A 45-year-old female with cystic fibrosis presents with increased sputum production, worsening cough, and decreased air movement on auscultation. Her chest X-ray shows mucus plugging, and she reports difficulty clearing secretions. She is compliant with her current bronchodilator regimen and uses a flutter valve at home. Which of the following bronchial hygiene therapies would be the best additional intervention to improve secretion clearance?

Vest therapy would be the next therapy to try for this patient. It is non-invasive, safe, does not change her day to day treatment plan. IPV would be the next following step but is generally reserved if the patient is unable to perform more non-invasive ACT.

200

How do you select the appropriate suction catheter size based on an endotracheal tube’s internal diameter?

Tube ID x 2 then down one size (-2)

200

What are some stratgies to increase oxygen concentration delivered to the patient?

"Ride the bag"

"Increase O2 flow rate"

"Slower ventilation rates"

200

A 65-year-old male with a history of COPD and recent abdominal surgery is experiencing decreased breath sounds and mild hypoxemia (SpO₂ 91% on room air). A chest X-ray reveals bibasilar atelectasis. The patient reports mild discomfort when taking deep breaths. Which lung expansion therapies is the best initial choice for this patient?

Incentive spirometry is the best initial choice for post-operative atelectasis, particularly in a cooperative patient. It encourages deep breathing, improves lung expansion, and is well tolerated.

200

If airway resistance increases, and volume stays the same, what happens to alveolar pressure?

Stays the same

300

Which therapy would be most appropriate for an intubated quadrapelgic who has an intact cough, tenacious secretions and atelectasis?

IPV/Metaneb

300

Where do we place a sputum trap?

Between the suction catheter port connector and the suction tubing.

300

List three parts of the BVM (besides the mask) that are crucial for patient survival and safety.

  • Bag (Self-Inflating Reservoir): Stores and delivers gas during ventilation.
  • Patient Valve (Non-rebreathing Valve): Directs airflow into the patient’s lungs and prevents exhaled air from re-entering the bag.
  • Oxygen Reservoir: Increases the concentration of delivered oxygen when connected to an oxygen source.
  • Oxygen Inlet Connector: Allows attachment to an external oxygen source.
  • PEEP Valve (Optional): Helps maintain positive end-expiratory pressure to prevent alveolar collapse.
300

In regards to IPV, which setting is used for hyperinflation

"Faster or higher frequency"

300

If complaicne increases, and pressure stays the same, what happens to volume?

Increases

400

What is the proper postural positioning would be appropriate in order to drain the RML

Trendelenburg position 12-18in, supine with pillow under right side.

400

What strategies can help advance a nasotracheal suction catheter past the vocal cords into the trachea?

  • Listen for the most pronounced air movement through the suction port end
  • Have the patient take a deep breath or phonate (say "ahh") to open the cords.
  • Insert during inspiration when the vocal cords are open.
  • Use a gentle, twisting motion while advancing the catheter.
400

What are the potential complications of prolonged manual resuscitation without an airway, and how can they be minimized?

Gastric inflation. Slow delivery of tidal volume. Ensuring to only provide enough ventilation to ensure chest rise.

Hyperinflation due to lack of knowledge of delivered tidal volumes and air trapping.

400

What are the two golden rules for using cough assist?

Pressures less than 30(+-) cmH2O, and insufflation should never be higher than exsufflation.

400

If airway resistance increases, and pressure stays the same, what happens to volume?

Decreases

500

Name the segments of the left lung:

  • Apicoposterior segment
  • Anterior segment
  • Superior lingular segment
  • Inferior lingular segment
  • Superior segment
  • Anterior basal segment
  • Medial basal segment
  • Lateral basal segment: 
  • Posterior basal segment


500

What are the key differences between open and closed suction systems, and how do they impact patient oxygenation and PEEP maintenance?



    • Open System: Requires disconnecting the patient from the ventilator, leading to potential loss of PEEP and possible desaturation. It increases the risk of contamination.
    • Closed System: Keeps the patient connected to the ventilator, maintaining PEEP and oxygenation while reducing infection risk. It is preferred for ventilated patients.



500

What physiological effects does increasing PEEP have on alveolar pressure, FRC, and cardiac output during manual resuscitation?

Increased PEEP improves alveolar recruitment and increases Functional Residual Capacity (FRC), enhancing oxygenation. However, excessive PEEP can raise alveolar pressures, reduce venous return, and lower cardiac output.

500

What is the appropriate tidal volume you should deliver to a 6'0" male patient?

465-620 mL

500

Name two reasons each why airway resitance might increase, and why compliance might decrease.

Raw: Secretions, bronchoconstriction, increased flow rates, adjunct airway devices

Cst: Atelectasis, pneumothorax, edema, etc.

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